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Stretchable Ultraviolet Curable Ionic Conductive Elastomers for Digital Light Processing Based 3D Printing
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DOI：10.1002/admt.202202088.png)
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Abstract
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Highly stretchable and transparent ionic conducting materials enable electronic devices to have a distinguishable working mechanism and performances from the conventional electronics. Compared with hydrogels which contain large amounts of water to dissolve ions, ionic conductive elastomers (ICEs) are solvent-free, and intrinsically immune from dehydration. However, the current manufacturing technologies constrain the ICE-based ionotronics to simple and bulk geometries with single material, which greatly limits functionality and performance of ICEs-based ionotronics. Herein, a stretchable ultraviolet curable ICEs (SUV-ICEs) for 3D printing approach to fabricate complex 3D flexible electronics is reported. The developed SUV-ICEs are highly stretchable and thermally stable. Using a self-built DLP-based 3D printer, that is able to print 3D flexible electronics consisting of SUV-ICE covalently bonded with other dielectric elastomer, such as SUV-ICE strain sensors, and a flexible mini-keyboard.
Keywords:
3D printing
digital light processing
flexible electronics
ionic conductive elastomers
stretchable conductors
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